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Three Most Significant Applications of Fluid Mechanics - Essay Example

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This paper "Three Most Significant Applications of Fluid Mechanics" focuses on the fact that the first significant application of fluid mechanics is in aerodynamics. It involves the study of the performance of air-breathing rockets, and engines, and the general aerodynamic properties of vehicles…
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Three Most Significant Applications of Fluid Mechanics
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The work depends on a number of computational facilities whose abilities are continually expanded (Georgia Tech College of Engineering 1). Therefore, fluid mechanics has played an important role in aerodynamics.
The second application of fluid mechanics is in turbulence modelling. The present research has entirely focused on exploring fluid mechanics and undertaking complex turbulence modelling. Turbulence is a common problem in most filed such as oceanography, combustion, engineering, aeronautics, meteorology, and astrophysics. The equations that govern turbulent flow have been there for a long time but there lacks a known common solution. Computers have been used to get approximate solutions but in practical cases, they have not succeeded. Thus, there is a need for simplified models. Fluid mechanics has been applied in the production of tractable models that are capable of reliably predicting turbulent flows (eResearch SA 1).
The third application of fluid mechanics is in multiphase fluid dynamics. Dispersed particle dynamics are present in most engineering systems. Therefore, accurate and robust description of multiphase flow is crucial as knowledge of the features can lead to a reduction in cost, enhanced safety for engineering systems, an increase in performance. In the past years, Computational Fluid Dynamics (CFD) has become an important tool for collecting information to be utilized for the optimization and design of fluid systems. Therefore, the combination of multiphase and CFD has emerged as a crucial research area. Multiphase flow is important in most engineering applications such as nuclear, mechanical, aerospace, and biological systems (Eric 14 and 16).
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